Property and Regeneration

At Atmos our focus on the commercial needs of our clients and our absolute commitment to delivering cost effective, robust and defensible solutions has enabled us to build an enviable reputation. A reputation that is framed by a pragmatic approach, sound commercial judgment together, up-to-date technical expertise and regulatory knowledge.

We believe that the design of a truly sustainable development integrates social, environmental and economic issues to ensure that the project delivers solutions that are practical, flexible and efficient for now, and for the future. We provide expert advice and guidance that focusses on maximising project value while minimising risk, ensuring the development is as profitable as it is environmentally sound.

Our multi-disciplinary team are experts at overcoming constraints on challenging development and regeneration sites, there are few obstacles they haven’t encountered. From investigation on a single building half-acre plot to survey on a 170 home masterplan development, we turn results around quickly and efficiently to get projects on their way without delay. We understand the process of development, from short turnaround detailed planning consents to longer term regeneration projects where an evolutionary approach to design over the lifetime of the masterplan needs to be accommodated.

Working as an integrated member of your team, we use our skills and understanding of often complex and interrelated environmental, technical and regulatory issues to determine the best outcome for your development project, structuring a bespoke team of specialists around your requirements and the opportunities of your project.

Atmos have provided and continue to provide first class ecological solutions to Wynne Construction on a number of new build school sites across north Wales. They are flexible, reliable and approachable, consistently providing a professional service to the team. Their pragmatic approach to identifying and presenting workable solutions to mitigate potential ecological constraints at an early stage, has enabled us to meet our tight project timescales, which may have otherwise been unachievable.”